Multivariate Analysis and Its Applications

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IMS, 1994 - 472 стор.
 

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Сторінка 118 - Canada, the Natural Sciences and Engineering Research Council of Canada and the Fonds pour la Formation de Chercheurs et 1'Aide a la Recherche du Quebec.
Сторінка 298 - In its most general form the model assumes that there is a causal structure among a set of latent variables. The latent variables appear as underlying causes of the observed variables. Latent variables can also be treated as caused by observed variables or as intervening variables in a causal chain.
Сторінка 119 - In Statistics and Probability: Essays in Honor of CR Rao, (G. Kallianpur, PR Krishnaiah and JK Ghosh, eds) pp.
Сторінка 70 - KARLIN, S. and Rinott, Y. (1983). Comparison of measures, multivariate majorization, and applications to statistics.
Сторінка 332 - Lemma 2, and by an argument similar to that used in the proof of Lemma 2.
Сторінка 247 - H. Abut, RM Gray, and G. Rebolledo, "Vector Quantization of Speech and Speech-like Waveforms,
Сторінка 20 - An Introduction to Multivariate Statistical Analysis — Second edition, John Wiley & Sons, 1984.
Сторінка 298 - LISREL is a general computer program for estimating the unknown coefficients in a set of linear structural equations. The variables in the equation system may be either directly observed variables or unmeasured latent variables (hypothetical construct variables) which are not observed but related to observed variables. The computer program is based on a general model which is particularly designed to handle models with latent variables, measurement errors and reciprocal causation (simultaneity, interdependence...
Сторінка 298 - I we shall assume that all variables, observed as well as latent, are measured in deviations from their means. The LISREL model can then be defined as follows. Consider random vectors n1 = (nj, Tl2'***'nm...

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Про автора (1994)

Theodore Wilbur Anderson was born in Minneapolis, Minnesota on June 5, 1918. He received a bachelor's degree in mathematics from Northwestern University and a master's degree and a Ph.D. in mathematics from Princeton University. During World War II, he did war research work on long-range weather forecasting, gunfire strategies for battleships, and explosives testing at Princeton University. He was a statistician who helped pave the way for modern econometrics and data analysis. He wrote several books including An Introduction to Multivariate Statistical Analysis and The Statistical Analysis of Time Series. He died from heart failure on September 17, 2016 at the age of 98.

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